SERVICE MANUAL MODEL MODEL DEST. DEST. CHASSIS NO. …………… ……… ………………… VPH-G90U RM-PJ1001 US/CND SCC-K81D-A World VPH-G90E PSS-90 SCC-K82E-A World VPH-G90M IFB-G90E SCC-N96A-A MULTISCAN PROJECTOR...
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PUBLISHED BY SONY. CIRCUIT ADJUSTMENTS THAT ARE FONCTIONNEMENT. NE LES REMPLACER QUE PAR DES CRITICAL TO SAFE OPERATION ARE IDENTIFIED IN THIS COMPOSANTS SONY DONT LE NUMÉRO DE PIÉCE EST INDIQUÉ MANUAL. FOLLOW THESE PROCEDURES WHENEVER CRITICAL DANS LE PRÉSENT MANUEL OU DANS DES SUPPLÉMENTS COMPONENTS ARE REPLACED OR IMPROPER OPERATION IS PUBLIÉS PAR SONY.
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L ......................... 9-19 ME ........................9-19 E ......................... 9-20 EA ........................9-20 ED ........................9-20 EBH ........................9-21 EBQ ........................9-21 EBR ........................9-22 EBG ........................9-22 EBB ........................9-22 PA ........................9-23 PB ........................9-23 MD ........................9-24 NB ........................9-24 PD ........................
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WARNING AVERTISSEMENT To prevent fire or shock hazard, do not expose For the customers in Canada Afin d’éviter tout risque d’incendie et d’électrocution, ne Pour les utilisateurs au Canada Cet appareil numérique de la classe A est conforme à la the unit to rain or moisture.
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Die geforderte Stückprüfung hat ergeben, daß die gemessene Ortsdosis-Leistung unter dem im Prüfungsschein Nr. 6.52-S 1259 der PTB genannten Wert von 0,2 µSv/h liegt. Warning Warning...
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Table of Contents Overview Installation/connection examples Precautions ................ 8 Installation Examples ............43 Installation 1: Floor Installation Using Front Projection Features ................11 Flat Screen ..............44 Location and Function of Controls ........ 13 Installation 2: Ceiling Installation Using Front Projection Flat Screen ...............
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Do not use a damp cloth, detergent solution, or thinner. On installation • When the projector is mounted on the ceiling, the Sony PSS-90 Projector Suspension Support must be used for installation. Read the installation manual of the PSS-90 carefully, since the ceiling should be reinforced for safety.
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2500 × 2000 pixels and the high light output of 350 lumen. of creating an after-image impression. If the CRT burns, it must be replaced. In this case, refer to the warranty provided with this unit. Consult your Sony dealer or Qualified Service High contrast Personnel.
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LIGHT button. DRC (Digital Reality Creation) circuit The DRC is Sony’s unique double-scan technology which creates a 4- times density image from the NTSC signal. A normal NTSC signal (525 scanning lines) is converted into a high density signal (1050 scanning lines) using digital mapping tecnology.
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Location and Function of Controls Using the handles Rear Carry the projector with four persons or more by using the front, rear and side (right and left) handles. Pull out the front and rear handles or the side handles. STANDBY !¡...
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Press ON to restore the on-screen display. OUT jack (stereo minijack): Connects to the the indicators also turn off automatically. CONTROL S IN jack of other Sony equipment. Note When the remote commander is connected to the CONTROL S IN/PLUG IN POWER jack of the The menus and warning messages appear even if the OFF key is pressed.
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VIDEO: Video or S video signal input from the Select the number of the VIDEO MEMORY. To select DOT PHASE: This key does not function with this VIDEO connectors of the projector (VPH-G90U/ the data set and adjusted in INPUT MEMORY, press !™ FUNCTION key projector.
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Location and Function of Controls Notes on wireless remote control operation Battery installation • Be sure that there is nothing to obstruct the infrared beam between the remote commander and the Push to open the lid. projector. • The operation range is limited. The shorter the Projecting distance between the remote commander and the projector, the wider the angle within which the...
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Projecting Press the ON key on the remote commander or the control panel. Adjust the picture. The ON indicator on the rear of the projector lights in green. For details, see “Adjusting the picture” on page 24. A white screen with the message shown below (warming up screen) To turn the power off, press the STANDBY key on the remote appears on the screen.
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Centering Adjustment Adjusting the Picture Adjust the picture for your preference. The adjustment data can be saved in The three colors, red, green and blue must converge for correct projection. If they do not converge, centering adjustment is necessary. the memory. Adjust with the PICTURE CONTROL +/–...
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Adjusting the Size And Shift of the Picture Centering Adjustment Press the arrow keys to move the red line until the red and green lines The size and shift of the input picture can be adjusted to fit the screen in converge and become yellow.
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Adjusting the Size And Shift of the Picture Adjust the shift with the arrow keys. V : The picture is shifted upward. R G B S H I F T A D J Adjustments and C O A R S E V S H I F T : v : The picture is shifted Screen...
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Using the Menu Make adjustment or setting on the menu. Pro-user mode (P) Menu Modes Press the MENU key. The menu in the pro-user mode appears with the To change the adjustment level This is the menu mode for advanced end users who letter “P”...
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The PIC CTRL (Picture Control) Menu [User/Pro-user modes] The PIC CTRL menu displays the information on the Aspect ratios preset at the factory CONTRAST picture adjustments. The data for the following aspect ratios have been To adjust the picture, use the keys on the remote stored in each video memory number at the factory.
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The PIC SETTING 1 (Picture Setting 1) Menu The PIC SETTING 2 (Picture Setting 2) Menu [Pro-user mode] [Pro-user mode] The PIC SETTING 1 menu is used for setting the The PIC SETTING 2 menu is used for setting the Note SET UP picture quality.
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The INPUT SETTING Menu [Pro-user mode] The INPUT SETTING menu is used to adjust the input CLAMP is used as a standard for setting the black AUTO: Automatic setting mode. Normally set to this SYNC SEL (select) signal. level of a picture correctly. The standard position of position.
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The SET SETTING 2 The SET SETTING 1 Menu Menu [User/Pro-user modes] [User/Pro-user modes] The SET SETTING 1 menu is used for changing the The SET SETTING 2 menu is used for changing the INPUT A INPUT C default settings of the projector. default settings of the projector.
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The INPUT INFO (Information) Menu The SET SETTING 2 Menu [User/Pro-user modes] Pro-user mode The INPUT INFO menu displays the information on SIRCS RECEIVER INPUT SIGNAL the current input signal. V I D E O G R O U P I N D E X : 1 Selects the remote control detectors on the front and Displays the type of current input signal.
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Installation Examples Indicates the serial number of the projector. Installation and the preliminary adjustments should be carried out by Qualified Sony Personnel. This projector allows you to project the picture between 90 and 300 inches. Adjustments and settings using the menu...
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7873 9300 (138 (148 (168 (203 (236 (257 (310) (366 H (Lfront) 2437 2690 3201 4088 4916 5465 6790 8217 (96) (106) (126 (161) (193 (215 (267 (323 a) Sony VPS-100FM b) Sony VPS-120FH and VPS-120FM Installation/connection examples Installation/connection examples...
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Connection Examples When making connections: Connecting a BNC connector: Connecting Multiple Projectors • Before connecting any cables, make sure that each 2 Twist to the right. piece of equipment to be connected is turned off. This is an example to connect multiple projectors directly using the PJ •...
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Connection Examples Note Using the PC-3000 Signal Interface Switcher Be sure to terminate the PJ COM IN or OUT connector not in use by attaching the supplied terminator. When you connect the PC-3000 Signal Interfrace Switcher (not supplied) to the INPUT A section, you can connect easily various input sources and Setting up switch them by pressing the SWITCHER/VIDEO MEMORY/INDEX keys •...
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Connection Examples Confirming the System Construction Using the PC-1271/1271M Signal Interface Switcher After all the connections are complete, confirm that equipment of the When you install the optional IFB-40 Signal Interface Board to the projector and connect the PC-1271/1271M Signal Interface Switcher to the system is properly setup.
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Setting the Index Numbers When you connect multiple projectors in your system, you have to set the Notes group index and device index numbers for each projector. • Do not set the same device index number on multiple projectors in the same system.
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Device index 02 If the projector appears to be operating erratically, try to diagnose and Group index 1 Group index 2 correct the problem using the following guide. If the problem still persists, consult with qualified Sony personnel. Example: Symptom Cause Remedy To select all the projectors The power does not turn on.
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G with sync/Y: 1 Vp-p ± 2 dB, 75 Power requirements incorporated ohms terminated, sync negative VPH-G90U: AC 120 V; 9 A, 50/60 Some items may not be available in certain areas. For B/B-Y: 0.7 Vp-p ± 2 dB, 75 ohms details, please consult your nearest Sony office.
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Index Specifications S VIDEO connector (mini-DIN 4-pin) Pin assignment I, J, K, L (VPH-G90U/G90M only) Adjusters 13 Index 40, 52 Remote commander RS-232C/422A connector (D-sub 9-pin, female) location and function of controls Adjusting Initialization screen 22 Chrominance Luminance the blanking 28...
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Table of Contents Table of contens Installation The INPUT MEM. (memory) OPTION Menu ..... 66 The SET INFO (information) Menu ........68 Installation Procedures ............. 5 The SERVICE SETTING 1 Menu ........68 Before Installation ............. 6 The SERVICE SETTING 2 Menu ........69 Using the Handles to Carry the Projector .......
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Table of contens Saving the Adjustment Data ......... 130 Memory Blocks ..............130 Saving the Data to the Service Block........132 Input Memory ..............133 Installation Video Memory ..............137 Resetting the Data ............138 Resetting the Item in Adjustment Only (Normal Reset) ..138 Resetting Multiple Items Simultaneously (All Data Reset) 139 Others Setting the Index Numbers ...........
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Before Installation Before Installation Using the Handles to Carry the Projector Necessary Clearance for Installation and Maintenance Carry the projector with four persons or more by using the front, rear and Make sure to provide enough room for maintenance service. Install the side (right and left) handles.
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Before Installation Bottom Side The standard hole for installation on the bottom surface is useful for reference when measuring for installation. There are seven holes on the 1066 (42) bottom surface of the projector. For ceiling installation using the optional Location of the standard PSS-90 Projector Suspension Support, use five holes to attach the PSS-90.
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Before Installation Notes on Screen Types of screen Front projection screen for floor installation Rear projection screen Screen size Screens with an aspect ratio other than The bead screen is recommended. A screen of this type A screen manufactured using two sheets, the fresnel reflects the brightest light.
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5999 6548 7873 9300 (138 (148 (168 (203 (236 (257 (310) (366 H (Lfront) 2437 2690 3201 4088 4916 5465 6790 8217 (96) (106) (126 (161) (193 (215 (267 (323 a) Sony VPS-100FM b) Sony VPS-120FH and VPS-120FM Installation Installation...
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Before Installation Installation Diagrams Ceiling Installation Using Front Projection Flat Screen Attaching the PSS-90 Projector Suspension Support Attach the projector mounting bracket to the bottom surface of the Use the PSS-90 Projector Suspension Support (not supplied). projector. Use five each of the M8×20 bolts, M8 washers and spring washers, all of which are supplied with the PSS-90.
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Before Installation Installation Diagrams Variable Range of the Optical Axis Angle in Rear Projection Floor Installation Using Rear Projection Flat Screen You can change the optical axis angle within the following ranges by What is the optical axis angle? adjusting the scheimpflug. The optical axis angle is the angle between the horizontal level line and the For adjusting the scheimpflug, see page 81.
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Modifying Parts Modifying Parts Opening the Upper Cover Using the Adjusters Most modifications can be performed only by opening the When the projector installation location is not horizontal, adjust the upper cover. adjusters so that the projector is placed horizontally. Use the supplied tool to turn the adjuster.
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Modifying Parts Installation methods and settings of the polarity switches Changing the Polarity Position of the On-screen display The polarity of the projector is adjusted at the factory to use the projector Installation Position of the methods V switch H switch by default (See for front projection on the floor.
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Modifying Parts Insert the two adjustment screws (gold) into the appropriate adjustment Adjusting the CRT Conversion Angle holes corresponding to the screen size. Adjust the CRT conversion angle so that the three CRT images converge Example: Red CRT exactly. For 90–300 inch screens Open the upper cover.
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!¡ !º commander to save the battery power. OUT jack (stereo minijack): Connects to the 9 VIDEO connectors* CONTROL S IN jack of other Sony equipment. VIDEO IN connector (BNC type): Connects to the SYNC/HD Y IN C IN R-Y/P B-Y/P composite video output of the video equipment.
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OUT connector of another projector in cascade, and attach the supplied terminator to the OUT connector of the last projector. For details on the specifications of the connector, refer to the Protocol Manual prepared by Sony. Connections Connections...
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Switching the 75-ohm Terminate Connectors Connecting Directly to the Projector Open the card pullers and pull out the BA and BB boards carefully. Be This is an example to connect pieces of video equipment directly to a careful not to pull the wires. single projector.
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Connecting Multiple Projectors Setting up This is an example to connect multiple projectors directly using the PJ COM interface. • Set the IN/OUT selector on the IFB-12/12A to OUT (output). The signal Install the optional IFB-12/12A Signal Interface Board to the INPUT B input to INPUT A is output from the IFB-12/12A.
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Using the PC-3000 Signal Interface Switcher When you connect the PC-3000 Signal Interfrace Switcher (not supplied) When two or more PC-3000 switchers are used to the INPUT A section, you can connect easily various input sources and switch them by pressing the SWITCHER/VIDEO MEMORY/INDEX keys This is an example to connect multiple PC-3000 switchers.
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Using the PC-3000 Signal Interface Switcher Setting up Connecting multiple projectors using the PC-3000 switcher(s) • Set the device index number of the projector to “01” (page 142). • Set the switcher number of the switcher which is connected directly to the This is an example to connect multiple projectors and two PC-3000 projector to “1,”...
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Using the PC-3000 Signal Interface Switcher Notes Confirming the System Construction • Be sure to terminate the PJ COM IN or OUT connector not in use by attaching the supplied terminator. After all the connections are complete, confirm that equipment of the •...
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Using the PC-1271/1271M Signal Interface Switcher When you install the optional IFB-40 Signal Interface Board to the Connecting the PC-1271/1271M using both the SIC-M or CCQ-BRS connecting cable and projector and connect the PC-1271/1271M Signal Interface Switcher to the the 5BNC cables (5BNC mode 1) IFB-40, you can connect easily various input sources.
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Using the PC-1271/1271M Signal Interface Switcher Setting up Connecting the PC-1271/1271M using the 5BNC cables (5BNC mode 2) • Set INPUT-A in the SET SETTING 1 menu (page 62) to RGB and 5BNC MODE in the SERVICE SETTING 1 menu to ON.
Slide the cover while pushing it. Before Adjustment Lift the cover slightly to open. COMMAND For Remote Control ON/OFF LIGHT switch MUTING STATUS COMMAND AUDIO STANDBY CENT ON key NORMAL DOT PHASE SIZE SHIFT MEMORY MENU LCD LENS CONTROL PATTERN ZOOM SHIFT FOCUS...
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For Remote Control Notes for wireless remote control operation Connecting the remote commander to the projector • Be sure that there are no obstructions between the remote commander and the projector. • Operating range is limited. The shorter the distance between the remote Rear of the projector commander and the projector, the wider the angle in which the remote commander can control the projector.
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For Remote Control 4 RGB keys !™ FUNCTION key Keys on the Remote Commander Adjust the picture. Press to use the extended functions. APA: This key does not function with this projector. • The MG FOCUS !¶, W/B BIAS/GAIN @º, !£...
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VIDEO: Video or S video signal input from the #¡ NORMAL key R: Red signal VIDEO connectors of the projector (VPH-G90U/ device index number of the projector to be adjusted. G: Green signal G90M) or the optional IFB-G90E Video Interface...
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Using the MENU Using the MENU To go back to the previous page The projector is equipped with an on-screen menu for Menu Modes To clear the menu display Move the cursor to the top item with the V key, making various adjustments and settings.
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Using the MENU Press the MENU key. To exit from the service mode Pro-user mode (P) Service mode (S) The menu in the pro-user mode appears with the When you press the ON/STANDBY key after the adjustment in the service mode, the projector is set to letter “P”...
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Using the MENU To exit from the expert mode Aspect ratios preset at the factory Expert mode (E) The PIC CTRL (Picture Control) When you press the ON/STANDBY key after the The data for the following aspect ratios have been Menu adjustment in the expert mode, the projector is set to stored in each video memory number at the factory.
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Using the MENU CONTRAST COLOR SYS (System) The PIC SETTING 1 (Picture Setting 1) Menu Selects the color system of the composite video or S V I D E O V I D E O V I D E O M E M O R Y V I D E O M E M O R Y (Pro-user/Service/Expert modes) video (Y/C) signal.
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Using the MENU COMPONENT FORMAT The PIC SETTING 2 (Picture DRC (Digital Reality Creation) The INPUT SETTING Menu Setting 2) Menu Set to ON to make the NTSC signal 4-times density (Pro-user/Service/Expert modes) Selects the format of the component input signal. image.
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Using the MENU When an HDTV signal is input CLAMP V (Vertical) SHIFT VIDEO LOCK You can select the items below instead of the above items. Corrects the luminance of the input picture. Sets the adjustable range of the vertical shift of the Selects the range of the frequency deviation of the input signal.
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Using the MENU The SET SETTING 1 Menu INPUT A INPUT C The SET SETTING 2 Menu (User/Pro-user/Service/Expert modes) (User/Pro-user/Service/Expert modes) Selects the signal input from the INPUT A connectors. Selects the signal input from the IFB-12/12A Signal Interface Board (not supplied) installed to the INPUT The SET SETTING 1 menu is used for changing the The SET SETTING 2 menu is used for changing the V I D E O...
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Using the MENU Pro-user/Service/Expert mode SIRCS RECEIVER INPUT SIGNAL The INPUT INFO (Information) V I D E O Menu G R O U P I N D E X : 1 Selects the remote control detectors on the front and Displays the type of current input signal.
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Using the MENU After specifying, press the ENTER key. The MEM. LOAD/SAVE The INPUT MEM. (memory) DELETE PROTECT following display appears. OPTION Menu Specifies the input memory number to be loaded or Deletes an unnecessary input memory number. Protects the data of a specified input memory number L O A D S A V E (Expert mode)
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Using the MENU NORMAL DEFOCUS MODE The SET INFO (information) The SERVICE SETTING 1 Menu The SERVICE SETTING 2 Menu Menu (Service/Expert modes) (Service/Expert modes) Selects if the projector performs defocusing during (Pro-user/Service/Expert modes) projection. The SERVICE SETTING 1 menu is used for the The SERVICE SETTING 2 menu is used for the adjustments performed by the service personnel.
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Using the MENU ALL WHITE MODE The SERVICE SETTING 3 Menu The PIC ORBITING Menu SCAN LINE SHIFT (Expert mode) (Service/Expert modes) Sets the duration of all white mode during a warm-up Set to ON to shift the vertical position of the images on period.
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Using the MENU When MANUAL is selected, the following display When MANUAL is selected, the following display The INT. OSC (internal INT. (Internal) OSC (Oscillation) PATTERN The TIMER Menu appears. appears. oscillation) SETTING Menu Select the adjustment item with the v key, then adjust (Service/Expert modes) Adjust the brightness in the horizontal direction with Selects the oscillation frequency pattern generated...
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Test Patterns Using the MENU In each adjustment mode, an appropriate test pattern appears. In addition, The ABL (Automatic Brightness ABL LEVEL you can display other test patterns by pressing the PATTERN key. Limiter) LINK Menu When ABL LINK is set to ON, adjust the brightness of Test Patterns (Service/Expert modes) each projector so that the brightness of all projectors...
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Warm-up before adjustment Test Patterns !¶ HATCH (5 × 5) !• CROSS (9 × 9) !ª PLUGE (for adjusting @º STAIR STEP (for adjusting Before adjusting the registration, make sure to turn on the projector and (for adjusting KEY and PIN only) (for adjusting ZONE only) BIAS only) GAIN only)
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7 Adjust the blue lens focus and scheimpflug. (page 86) 1 Adjust the blue lens focus. 2 Adjust the blue magnetic focus and AQP/DQP roughly (if necessary). 3 Adjust the blue scheimpflug. Adjustments 4 Adjust the blue lens focus precisely. 2 Magnetic focus adjustment (pages 87 to 91) 1 Adjust the green magnetic focus, AQP/DQP and AHP/DHP.
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Adjusting the Lens Focus and Scheimpflug Adjustment Procedure 6 Adjust the red registration. (pages 108 to 118) Preparation 1 Centering adjustment 2 Size and linearity adjustment Reset all the data to the factory preset data. 3 Skew and bow adjustment For details, see “Resetting the Data”...
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Adjusting the Lens Focus and Scheimpflug Press the CUT OFF R and B keys to display the green signal only. 2 Adjusting the green magnetic focus and AQP/DQP roughly, if necessary. Open the upper cover. The magnetic focus and AQP/DQP will be adjusted precisely after the lens For opening the cover, see page 18.
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Adjusting the Lens Focus and Scheimpflug Note Adjusting the Red Lens Focus and Scheimpflug Normally, adjust only the V screw for the green CRT. Adjusting the H screw is required only for non-standard installation. 1 Adjusting the red lens focus If the left and right parts of the screen are not in focus, make sure that the projector and the screen are installed correctly.
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Adjusting the Magnetic Focus Adjusting the Lens Focus and Scheimpflug After adjusting the lens focus and scheimpflug, adjust the magnetic focus, Adjusting the Blue Lens Focus and Scheimpflug AQP (Axis Quadrupole)/DQP (Diagonal Quadrupole) and AHP (Axis Hexapole)/DHP (Diagonal Hexapole). 1 Adjusting the blue lens focus What is the AQP/DQP adjustment? Reset the centering adjustment data of the blue signal.
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Adjusting the Magnetic Focus 4 Repeat steps 2 and 3 so that the core of a spot is located at the Perform the magnetic focus, AQP and DQP for every part of the screen center of the flare. (positions No.3 to No.9) in numeric order. 5 Select ALL again, then set the value to –80 so that the spot is 1 Press the POSITION + key to select the part to be adjusted.
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Adjusting the Magnetic Focus Proceed to adjust the blue magnetic focus if every part of the Press the POSITION + key once to enter the focus adjustment mode for the upper parts (position No. 2). screen for red signal is completely in focus. When you press the POSITION + key, the part to be adjusted cycles Note through the order as illustrated on the left.
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Adjusting the Registration Adjusting the Magnetic Focus Saving the Standard Magnetic Focus Data Preparation After adjusting all the magnetic focus data, save the adjusted data as the Mark the center of the screen. standard data for the projector. The projector automatically changes the Measure the height and width of the screen to determine the center.
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Adjusting the Registration Notes Adjusting the Green Registration • The center of the screen and the center of the CROSS HAIR pattern can be aligned by performing the centering adjustment. Be sure to adjust the green registration first. For details, see “Green CENT (centering) adjustment” on page 95. •...
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Adjusting the Registration 2 Green SIZE and LIN (linearity) adjustment If they are not aligned, press the LIN key or the SIZE key and repeat the adjustment by pressing the B or b key. Each time you press the LINE or SIZE key, the COARSE mode and Adjust the picture size with respect to the screen, and the picture’s up, FINE mode are selected alternately, and you can use the two modes down, left and right balance.
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Adjusting the Registration 3 Green SKEW and BOW adjustments Repeat steps 1 to 6 until the horizontal lines become parallel to the screen edges. Each time you press the BOW or SKEW key, the COARSE mode and Adjust the bow-like or skew distortion of the horizontal and vertical center FINE mode are selected alternately, and you can use the two modes lines to make them parallel to the screen edges.
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Adjusting the Registration 4 Green KEY (keystone) and PIN (pincushion) adjustments for the whole screen Adjust the distortion as illustrated below with the v and V keys. In position No. 1 of green adjustment, the green, red and blue lines move together by pressing the v or V key.
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Adjusting the Registration B Vertical line adjustment 5 Green KEY (keystone) and PIN (pincushion) adjustments on the peripheral area of If the picture’s borders are as shown by the dotted line in the illustrations the screen below, adjust them with the corresponding arrow key so that they are parallel (bold lines illustrated on the left).
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Adjusting the Registration C Vertical line adjustment at the left side Adjust the distortion of the horizontal line on the top with the v and V keys. Press the KEY key and press the POSITION + key once. Only the green line moves. The projector enters the left keystone adjustment mode (POSITION V : The left and right ends of the horizontal line curve No.
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Adjusting the Registration D Vertical line adjustment at the right side 6 Green ZONE adjustment Press the KEY key and press the POSITION + key once. When adjusting the green registration, do not greatly change the ZONE The projector enters the right keystone adjustment mode (POSITION adjustment.
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Adjusting the Registration 8 Red SIZE and LIN (linearity) adjustments Adjusting the Red Registration Press the LIN key. Adjust the red signal so that it converges with the green signal and is seen The CROSS HAIR pattern appears. as yellow. You can also change to the 9 ×...
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Adjusting the Registration Adjust with the V and v keys until parts (b) (distances between the 9 Red SKEW and BOW adjustments red and green lines) at the top and bottom are of equal length. V: The upper and lower horizontal lines are shifted upward while the A Horizontal line adjustment horizontal center line remains unmoved.
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Adjusting the Registration B Vertical line adjustment 0 Red KEY (keystone) and PIN (pincushion) adjustments If the vertical line of the picture is as shown by the dotted line in the illustrations below, adjust it with the corresponding arrow key so that it is Adjust the trapezoidal and pincushion distortion at the top, bottom, right perpendicular to the vertical line (bold line illustrated on the left).
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Adjusting the Registration C Vertical line adjustment at the left side Adjust the distortion of the horizontal line on the top with the v and V keys. Press the KEY key and press the POSITION + key once. Only the red line moves. The projector enters the left keystone adjustment mode (POSITION No.
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Adjusting the Registration D Vertical line adjustment at the right side !¡ Red ZONE adjustment Press the KEY key and press the POSITION + key once. Adjust red ZONE after the red lines have converged with the green lines The projector enters the right keystone adjustment mode (POSITION by performing the adjustments 7 to !º.
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Adjusting the Registration Press the ZONE key and repeat steps 5 to 7 to adjust in positions No. 2 Adjusting the Blue Registration to No.25 in order. Adjust the blue signal so that it converges with the red signal which has After the adjustment is complete, press the MEMORY key to save the been adjusted.
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Adjusting the Registration !£ Blue SIZE, LIN (linearity), SKEW, BOW, KEY (keystone), PIN (pincushion) and ZONE Saving the Standard Registration Data adjustments After adjusting all the registrations for the green, red and blue signals, save Adjust so that the blue signal converges with the red signal in each the adjustment data as the standard data for the projector.
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Fine Adjustment for Each Input Signal Fine Adjustment for Each Input Signal After the registration adjustment is performed without an input source and SIZE Adjustment the adjustment data is saved as the standard data, input an external signal and fine adjust for each input signal. Adjust the picture size if it does not fit the screen.
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Fine Adjustment for Each Input Signal Adjust the shift with the arrow keys. Press the MEMORY key to save the adjustment data. V : The picture is shifted upward. v : The picture is shifted downward. Note b :The picture is shifted rightward. When you connect multiple input sources to the projector, such as when B :The picture is shifted leftward.
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Fine Adjustment for Each Input Signal Adjusting the white level (GAIN adjustment) Press the v or V key to select the desired color temperature, then press the ENTER key. I N P U T - A Reset the CONTRAST level to 80 and BRIGHT level to 50. I N P U T - A A B L L I N K : O N C O L O R T E M P : 6 5 0 0...
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Adjusting the Picture Quality Fine Adjustment for Each Input Signal Adjust the picture for your preference. The adjustment data can be saved in When using multiple projectors the memory. Input the same signal to the base projector and the projector to be adjusted. Set COLOR TEMP in the INPUT SETTING menu to the same position on Adjust with the PICTURE CONTROL +/–...
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Saving the Adjustment Data Saving the Adjustment Data Structure of memory blocks Memory Blocks The memory structure of this projector consists of the following four memory blocks. Normal adjustment Factory block block (RAM) See the diagram “Structure of memory blocks” on the next page. Factory data reset Setting memory Normally used for...
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Saving the Adjustment Data Saving the Data to the Service Block Input Memory When you press the MEMORY key during adjustment, the adjusted data is Contents of input memory stored in the user block. After all the adjustments are completed, we recommend that you store the adjustment data in the user block to the The 150 input memory of this projector is divided into two.
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Saving the Adjustment Data As the Original Input Memory only includes the type of input signal and Example: When a new signal (fH = 31.5 kHz) is input with up to No. 13 the input frequency (for RGB only) as identification data, the data most Custom Input Memory registered similar to the input signal is selected by judging the two types of information.
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Saving the Adjustment Data When the same signal has been input Video Memory When the same signal has been input, the projector searches for the Original and Custom Input Memory and loads the data of the existing The video memory stores the aspect ratio and picture control data. This input memory for that signal.
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Resetting the Data Saving the Adjustment Data This projector has the following reset modes. Resetting Multiple Items Simultaneously (All Data Reset) Normal Reset mode: Resets the data being adjusted. Set the projector to the service mode. For resetting items, see “List of Resetting Items” on page 140. For details, see “Menu Modes”...
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Saving the Adjustment Data List of Resetting Items Adjustment mode Color to be reset Data to be reset simultaneously Reset mode Projector mode while resetting Others CENTERING Coarse Service Data or Service/Expert Selected color Hc/Hf/Vc/Vf Factory Data CENTERING Fine Service Data or Pro-user/Service/ Selected color Hc/Hf/Vc/Vf...
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List of the Projection Distance by Angle of Optical Axis Setting the Index Numbers • Set the correct group and device index numbers and the switcher Press the MENU key to exit the menu mode. number. Do not set the same device index number or the same switcher number in To set the device index number one group.
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Link Functions List of the Projection Distance by Angle of Optical Axis To select the projector by designating the index numbers Using the Linked ABL Function When the switchers and projectors are connected as illustrated, select the What is linked ABL function? desired projector by pressing the keys on the remote commander as shown The ABL (Automatic Brightness Limiter) function is incorporated with the below.
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List of the Projection Distance by Angle of Optical Axis Link Functions Adjusting the ABL LINK Using the Linked Picture Orbiting Function Repeat steps 8 to 10 on each projector so that the brightness of all projectors looks the same. Set the projector to the service mode.
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Self-diagnosis Function List of the Projection Distance by Angle of Optical Axis When a operational trouble occurs, a Code (color) Type Item Meaning double-digit code will light up on the LED 85 (orange) Protector Abnormality of the EBR board window on the rear of the projector. 86 (orange) Protector Abnormality of the EBG board...
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List of the Projection Distance by Angle of Optical Axis List of the Projection Distance by Angle of Optical Axis When using the 110 inch screen Unit: mm (inches) Wall a TA (deg) 13.6° 12° 11° 10° 9° 8° 7° 6°...
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List of the Projection Distance by Angle of Optical Axis When using the 190 inch screen When using the 150 inch screen Unit: mm (inches) Unit: mm (inches) a TA (deg) 13.6° 12° 11° 10° 9° 8° 7° 6° 5° 4°...
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List of the Projection Distance by Angle of Optical Axis When using the 230 inch screen When using the 270 inch screen Unit: mm (inches) Unit: mm (inches) a TA (deg) 13.6° 12° 11° 10° 9° 8° 7° 6° 5° 4°...
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Index List of the Projection Distance by Angle of Optical Axis ABG (Automatic Background) mode 68 Blanking 124 Handle release levers 6 Normal Reset 138 Saving the data Test patterns 75, 76 memory block 130 ABL LINK 145 Notes on screen TIMER menu 73 memory structure 131 available types of screen 11...
2-2-2. Cover Removal 4 Two screws (Prevention screw +PWH 4 x 10) 9 Two screws 5 Rear cover (Terminal screw) !- Side cover (L) 0 Six screws (Terminal screw) Three hooks 6 Two screws (Terminal screw) 8 Side cover (R) 3 Front cover 7 Six screws (Terminal screw)
2-2-3. Opening ED Block 1 Screw (Prevention screw +PWH 4 x 10) 2 Two P locks 3 ED block 4 Stopper 2-2-4. DC Board Removal CN196 CN192 CN191 CN190 4 Clamp lever CN195 CN193 CN194 1 Six screws ( +PSW 3 x 10 ) 3 Five screws ( +PSW 3 x 10 ) 2 DC cover ( B )
2-2-5. EC Board Removal [ CAUTION ] When installing the EC bracket, position all of the six toggle switch levers in the same direction. Toggle switch lever 2 EC cover 8 EC board 1 Screw 7 Screw (Prevention screw +PWH 4 x 10 ) ( +BVTP 3 x 8 ) 6 EC bracket 5 Four screws...
2-2-10. DA, DB, DD, DE and DF Boards Removal . Remove the CB, CG and CR blocks. (Refer to Section 2-2-9.) 5 Shield cover ( D ) 7 DF board 6 DE board 1 Shield cover ( D ) 4 DD board 3 DB board 2 DA board 2-2-11.
2-2-12. HVB Block and High-voltage Cable Removal . Remove the picture tube (B) (Refer to Section 2-2-22.) High-voltage cable removal 1) Shift the rubber cap. 2) Push the high-voltage cable, then turn it about 90 d. 3) Pull out a high-voltage cable. Rubber cap 1 Screw High-voltage cable...
2-2-13. DC Fan Removal 1 Screw (Prevention screw +PWH 4 x 10) When removing the DC fan, remove the CB block. (Refer to Section 2-2-9.) 2 DC fan DC fan 3 pin 2-2-14. PA and PD Boards Removal CN96 CN98 4 PD board 3 PA board 2 Cover ( PA )
2-2-17. BA and YA Boards Removal 3 BA board CN400 BD board [ G90M/G90U ] BB board 2 Rear panel ( BY ) 1 Ten screws ( Special screw P ) 4 YA board YB board VPH-G90E/G90U/G90M 2-15...
2-2-18. BC, F and ME Boards Removal !- ME board 0 Three screws ( +PSW 4 x 8 ) 8 Two screws ( +PSW 4 x 10 ) 9 F board 7 Rear panel ( F ) 6 Four screws ( +PWH 3 x 6 ) 5 BC board 4 Blind plate...
2-2-22. (1) Picture Tube Removal . Remove the CB, CG and CR blocks. 2 Remove the high-voltage cable 1 Shield cover ( CB ) [ G90E/G90M ] (Refer to Section 2-2-12.) [ CAUTION ] Removing the arrow-marked screws are strictly inhibited. If removed, it may cause liquid spill.
2-2-22. (2) Picture Tube Installation 7 Tighten the shield cover (CB). Shield cover ( CB ) [G90E/G90M] [G90E/G90M] [ CAUTION ] After installing the picture tubes (B) and (R), move them in the right and left directions in order to tighten the shield cover (CB) without being pulled.
2-2-23. MA, MB and MC Boards Removal 1. Open the ED block and remove the harness. (Refer to Section 2-2-3 to 2-2-8.) 2. Remove the CB, CG and CR blocks. (Refer to Section 2-2-9.) 3. Remove the EBH and EBQ boards. (Refer to Section 2-2-11.) 4.
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J1 ( R ) J3 ( B ) J2 ( G ) @[ Two screws ( +BVTP 4 x 8 ) @\ MB board @; MC board @- Two screws ( +BVTP 4 x 8 ) @, MA board @' Five screws ( +BVTP 4 x 8 ) @] Case ( IFB ) @= Case ( BY )
2-2-24. M Board Removel 1. Remove the case block. (Refer to Section 2-2-23.) 2. Remove the DA, DB, DD, DE and DF boards. (Refer to Section 2-2-10.) 3. Remove the HVB block and high-voltage cable. (Refer to Section 2-2-12.) 8 Four screws ( +PSW 4 x 10 ) 6 Eight screws 9 Shield case ( D )
2-3. ERROR CODE 2-3-1. Warning Code on 7-Segment LED Error no. LED color Note Description Green Main CS incorrect Check Sum of Main Program is incorrect. Main Program is not written correctly on Flash Memory. Upload Mode starts immediately after this error is displayed. Green Font CS incorrect Check Sum of Font Data is incorrect.
2-3-2. Protector Code on 7-Segment LED Error no. LED color Note Description Orange Unknown In this mode, the reason why the protect works is unknown. There is no way other than inspecting GA/GB board steadily or checking each protect detection line on YA board. Orange POW1 This protect works when the 200V line of the power source has dropped.
Error no. LED color Note Description Orange This protect works when the power line of BA board has dropped. Since this is included in the secondary troubleshooting for BA board, it does not usually work. However, for this unit, this protect is very sensitive and the error is displayed even with the trifle power drop.
2-4. MEMORY ACCESS SYSTEM 2-4-1. Memory Structure There are three memory areas-USER area, SERVICE area, and FACTORY area. 1. USER area Memory area always used in the market. Area in which data is saved when automatic saving or when the MEMORY key is pressed. <Contents of Memory Structure>...
At shipment, the contents of the memory data in each memory area are the same. Factory data reset (Normal/All) Factory area Area for changing data Factory data reset (All) Set Mamory <RAM> CH Mamory User area Input Mamory Reading Area normally used for Writing Set Mamory setting the data adjusted...
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1. Set Memory Memory for saving set and adjusted values which the unit has only one of each. . Setting Memory Various setting values of the unit. Items Contents Last CH VIDEO/INPUT-A/INPUT-B/INPUT-C Sw’er Set Serial No. Unit’s serial number Operation Timer Unit’s total operating time CRT Timer CRT total operating time...
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. Reading and writing of set memory other than video memory Timing Memory Type Memory Area When AC is ON All set memories (Other than video memory) Reads data from the set memory of the user area to the area changing various data (RAM), and sets the changes in the unit.
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. Reading and Writing of Video Memory Data Data writing and reading of the video memory (Load/Save) differ according to the selected setting values of Video Memory. These set and selected values are saved in INPUT-MEMORY. 1 Reading (Load) Timing Memory Type Memory Area (from) When the POWER is turned ON...
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2 Writing (Save) Basically, the unit writes and saves the data in the user memories at all writing timings. However, the data will not be written if the MEMORY key is not pressed only when set to Video Memory = OFF and when the input memory is new.
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Example : When set to VIDEO MEMORY OFF for an input (Input Memory No. 14) VIDEO MEMORY No. 1 VIDEO MEMORY No. 2 VIDEO MEMORY No. 3 Area which changes various data VIDEO MEMORY No. 4 <RAM> Data Reading (Load) VIDEO MEMORY data Regi .
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Example : When set to VIDEO MEMORY 3 for an input (Input Memory No. 14) VIDEO MEMORY No. 1 Data Reading (Load) VIDEO MEMORY No. 2 VIDEO MEMORY data VIDEO MEMORY No. 3 Area which changes various data VIDEO MEMORY No. 4 <RAM>...
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. Color Temperature Memory The Screen B and Screen M of Screen Sel are set with color temperatures 9300 k, 6500 k, 5400 k, and 3200 k. The data of each color temperature consists of GAIN/BIAS/γ data. The color temperature setting value custom is the GAIN/BIAS/γ data in the following memories; O Input-memory when Video Memory = OFF O Various video memories when Video Memory = 1-10 Screen B...
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Example : When set to Color Temperature: 6500K for an input (Input Memory No. 14) Data Reading (Load) ColorTempMem 9300 k 6500 k Gain data ColorTempMem 6500 k Bias data γ data ColorTempMem 5400 k Area which changes various data ColorTempMem 3200 k <RAM>...
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Example : When set to Color Temperature: Custom for an input (Input Memory No. 14) (When VIDEO MEMORY OFF) ColorTempMem 9300 k ColorTempMem 6500 k ColorTempMem 5400 k Area which changes various data ColorTempMem 3200 k <RAM> Data Reading (Load) Custom Gain data Bias data...
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Example : When set to Color Temperature: Custom for an input (Input Memory No. 14) (When VIDEO MEMORY 3) ColorTempMem 9300 k ColorTempMem 6500 k ColorTempMem 5400 k Data Reading (Load) VIDEO MEMORY No. 1 Custom Gain data ColorTempMem 3200 k Bias data VIDEO MEMORY No.
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. Uniformity Memory Memory which saves the uniformity data. The unit has one data for the Uniformity mode : OFF and Manual mode each, and data for every screen for the Standard mode. The setting values of the Uniformity mode are in Setting Memory. Color Uniformity Standard Screen B...
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. ABL Memory Stores various data for ABL control. Single tube ABL point By original memory (Fixed value) (13 types) ABL LINK Sub-Contrast ABL-Level SIZE ABL The reading and writing of the data of this memory are as shown in “Table 2 Reading of Set Memory (Other than Video Memory) (Load)”...
[Writing and Reading of Ch Memory] Timing Memory Type Memory Area (from) When AC is ON All ch memories (Other than video memory) Reads the data from the ch memory of the user area to the area changing various data (RAM), and sets the data in the unit.
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Items Contents Video Memory No. Video Memory setting value set for input signal: OFF, 1 to 10 Various data when Video Memory is OFF Video Memory Label Color Temprature Select W/B Adjust Data of Custom Dynamic PICTURE V.SHIFT Select NTSC Setup Select COMPONENT FORMAT Select COMB Filter Select DRC Level Select...
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. Original Memory Input memory which stores preset and preadjusted data at shipment. Serves as the memory read from for new input signals of the unit and in internal oscillation modes such as No-INPUT and INT.OSC mode : ON. <Difference with Custom Memory> 1 Identification conditions in identification data of input memory consist of only;...
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[Writing and Reading of Input Memory] The reading and writing (load/save) of data differs between new input signals and existing input signals. 1 Data reading (load) <For new input signals> When determined as “new input signal” as a result of the differentiation of the input signal, the most appropriate memory (memory with the signal most resembling the input signal <input signal type, and fH>...
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2 Data Writing and Storage (Save) The writing and storing timing of the data and memory in which the data is written in differ between the new input signal and existing input signal. <For new input signals> By pressing the MEMORY Key, the INPUT-MEMORY data “in the area (RAM) changing various data” at that point is written and stored (save) in the new memory set as the custom input memory.
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<When NO-INPUT> At all timings for writing and storing data in the unit (save), data of the input memory for the input signals in the area for changing various data (RAM) is collectively written and stored in the original input memory from which the data is read from (load) of the user area.
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Example : When the input signal is new to the unit (fH = 31.5 kHz) State in which data is already registered to input memory No. 13 VIDEO MEMORY No. 0 VIDEO MEMORY No. 1 VIDEO MEMORY No. 2 VIDEO MEMORY No. 3 Data Reading (Load) VIDEO MEMORY No.
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Example : When the input signal was previously input to a different channel (fH = 31.5 kHz: No. 13) to the unit State in which data is already registered to input memory No. 13 VIDEO MEMORY No. 0 VIDEO MEMORY No. 1 VIDEO MEMORY No.
Example : When the input signal has already been input to the unit (fH = 31.5 kHz: No. 13) State in which data is already registered to input memory No. 14 VIDEO MEMORY No. 0 VIDEO MEMORY No. 1 VIDEO MEMORY No. 2 Automatic data writing and saving VIDEO MEMORY No.
SECTION 3 SET-UP ADJUSTMENTS 3-1. PRECAUTIONS UPON 3-3. ADJUSTING CONDITIONS ADJUSTMENT 3-3-1. Projecting System 1. When the CRT (a cathode-ray tube) has been replaced, fix the DY (deflection yoke) to the funnel and decide Place the unit on a table which satisfies the projection the position of the neck assembly before beginning conditions as shown in the figure.
3-3-2. CRT Convergence Angle Check 6. Insert the adjusting screws (two gold screws) in the adjusting holes for the 120-inch screen. Open the top cover and check that there are adjusting screws in the adjusting holes for 120-inch screen. If there are no adjusting screws in the 120-inch adjusting holes, for 90”...
3-4. FOCUS ADJUSTMENT 3-4-2. Focus Rough Adjustment 3-4-1. Preparations 1. Set INPUT-A to the no-signal state, then select INPUT- 1. Turn ON the MAIN POWER SW, and press the 2. Select the ME pattern, as test pattern, with the POWER ON key to turn on the power. PATTERN key.
3-4-3. DY Angle Adjustment 9. Adjust GREEN DY angle so that the cross-hair horizontal line can be parallel to the horizontal line of Note: Angle adjustment should be made only with the screen, then tighten the fixing screws..Use a non-magnetized screwdriver to DY for the color for which CRT was replaced.
3-4-4. MG FOCUS Coil Angle Adjustment 10. Press the PATTERN key to select ME Pattern. Select “ALL” with ↑ or ↓ key, then roughly adjust the focus by pressing ← or → key. BLUE MG FOCUS COIL Angle Adjustment 1. Set INPUT-A to the no-signal state, then select INPUT- 11.
3-4-5. 64 kHz Signal Registration Rough RED Registration Adjustment Adjustment 16. Press the ADJ R key. 17. Press CUT OFF B keys to set RED and GREEN only 1. Set INPUT-A to the no-signal state, then select INPUT- on the screen. 18.
3-4-6. RED/GREEN/BLUE Focus Adjustment RED Focus Adjustment 18. Press the ADJ R key. 1. Set INPUT-A to the no-signal state, then select INPUT- 19. Press CUT OFF, G and B keys to set RED only on the screen. 2. Select the INT OSC PATTERN from INT. OSC menu 20.
3-4-7. Zenith Angle Adjustment 12. Adjust the focus at the bottom part precisely, then check that the focus at the top part is within the 1. Input the 64 kHz RGB signal to the INPUT-A reference. If not, adjust again in the same way. connector, then select INPUT-A.
3-4-8. HWC (H Width Coil) Adjustment 3-4-9. Video Size Adjustment Note: Perform this adjustment when the E board or Note: Perform this adjustment when the E board ED deflection yoke has been replaced. board, or Green deflection yoke has been replaced.
3-4-10. MG FOCUS Adjustment for 31.5 kHz 18. Press the POSITION (+) key to set to “POSITION No. Signal 2” mode. 19. Press the MG FOCUS key and the ADJ G key. 1. Set INPUT-A to the no-signal state, then select INPUT- 20.
3-4-11. VIDEO Block MG FOCUS Adjustment 3-4-12. MG FOCUS Adjustment for 64 kHz and 106 kHzSignals 1. Press the INPUT SELECT VIDEO key, and receive the NTSC monoscope signal. 1. Set INPUT-A to the no-signal state, then select INPUT- 2. Press the MG FOCUS key and the ADJ G key to set the A.
3-5. REGISTRATION ADJUSTMENT 11. Press the MEMORY key. 12. Press the REGISTRATION CENT key and the ADJ R 3-5-1. INPUT MEMORY No. 0 Adjustment key to set the RED adjustment mode, then adjust the vertical and horizontal lines of RED to the GREEN center lines using the ↑, ↓, ←...
3-5-2. INPUT MEMORY No. 3 Adjustment 3-5-3. INPUT MEMORY No. 5 Adjustment 1. Set INPUT-A to the no-signal state, then select INPUT- 1. Set INPUT-A to the no-signal state, then select INPUT- A. Select the INT OSC PATTERN from INT. OSC A.
3-5-4. INPUT MEMORY No. 8 Adjustment 3-5-5. Horizontal/Vertical Reverse Mode Centering Adjustment 1. Set INPUT-A to the no-signal state, then select INPUT- A. Select the INT OSC PATTERN from INT. OSC 1. Turn off the power of the unit. menu with the MENU key, then select P3 (fH = 106 2.
3-6. WHITE BALANCE ADJUSTMENT 5. Select “1: fty. Ref” from the “White reference” menu with keys, then press the ENTER key. 3-6-1. Preparations White reference 1 : fty. Ref Equipment required 2 : , , VPH-G90 (Focus, size, registration, and lens focus had 3 : , , been adjusted completely.) W/B checker:...
3-6-2. Color Temperature Adjustment with a Color Temperature 6500 d d d d d K Adjustment Test Signal Generator 1. Input the 100 IRE White signal to the VIDEO IN connector. Color Temperature 9300 d d d d d K Adjustment 2.
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Color Temperature 5400 d d d d d K Adjustment Color Temperature 3200 d d d d d K Adjustment 1. Input the 100 IRE White signal to the VIDEO IN 1. Input the 100 IRE White signal to the VIDEO IN connector.
3-7. SIZE/SHIFT BLKG ADJUSTMENT 3-6-3. Color Temperature Adjustment with No Test Signal Generator 3-7-1. SIZE/SHIFT/BLKG of Video/HDTV Color Temperature 9300 d d d d d K Adjustment Adjustment 1. Turn on the power and warm up for about 20 minutes. 2.
3-8. HIGH VOLTAGE SCREEN 3-7-2. Video Memory SIZE/SHIFT/BLKG DISTORTION ADJUSTMENT Adjustments 1. Input the monoscope signal to VIDEO IN. 1. Select INPUT A and input the fH = 64 kHz RGB stripe 2. Press the INPUT SELECT VIDEO key to project the signal to the RGB terminals.
SECTION 4 SAFETY RELATED ADJUSTMENT 4-1. PA BOARD HV REGULATOR/HV When the following parts ([ and ] on the Note: PROTECTOR ADJUSTMENT schematic diagrams) has been replaced, check and adjust the HV regulation circuit and HV hold down circuit. The electric power (+ + + + + 200 V) remains on the Note: PA board for several minutes after even PA board...
4-2. CRT PROTECTOR ADJUSTMENT 11. Adjust RV100 to set the high voltage to 33 kV. High voltage adjustment specification (during CUTOFF): 33.0 ± 0.3 kV 1. Connect a variable current source (3.5 mA to 4.5 mA) 12. Turn OFF the power, and cover RV250 with a rotation between the cathode terminal (pin 8 of CRT socket) of stopper cap and apply RVT to fix it.
SECTION 5 CIRCUIT ADJUSTMENTS 5-1-4. Oscillating Frequency Adjustment Perform this section only when the components of each board have been replaced. When the completed board had been replaced, the following adjustments will not be 1. Remove the GB board, and connect it back through the required.
5-2. BA BOARD ADJUSTMENT 13. Input the same data as SUB-HUE (PAL) adjusted in step 11 to SUB-HUE (SECAM), SUB-HUE (4.43), 5-2-1. Picture Control Adjustment SUB-HUE (PAL-M), SUB-HUE (RGB), SUB-HUE (15kRGB), SUB-HUE (YPbPr), SUB-HUE (RGB), and 1. Connect an oscilloscope to TP1612 of the BA board. SUB-HUE (IDTV).
5-3. CAR/CAG/CAB BOARDS 5-2-3. Analog Test Signal Amplitude ADJUSTMENT Adjustment 5-3-1. Preparation Before Adjustments 1. Press the GAIN key to output the analog test signal. 2. Connect an oscilloscope to pin 4 of IC208 on the BA board. 1. Input the following signal. 3.
5-3-4. Cathode Level Adjustment 5-3-5. G1 Level Adjustment 1. Apply the following voltages to CN244 (CN264 and 1. Connect an oscilloscope to the plus (+) terminal of CN284) of the CDR (CDG and CDB) board: capacitor C820 on the CDR (CDG and CDB) board, CN244/CN264/CN284 Pin 1: +175 ±...
5-4. DA/DB/DD BOARDS 5-3-6. VPS Limiter Adjustment ADJUSTMENTS Note: Be sure to perform this adjustment when 5-4-1. F/V Voltage Adjustment (DA Board) increasing Contrast and if there is VPS (Video Peak Saturation) on the screen. 1. Input the signal of its horizontal frequency (fH) is 64 kHz to R/G/B INPUT connectors.
5-4-4. H Parabola Waveform Adjustment 5-4-5. H SIN Adjustment (DA Board) (DA Board) 1. Input the signal of its frequency is 64 kHz. 1. Input the signal of its frequency is 64 kHz. 2. Set the data value of H SIZE COARSE to “240.” 2.
5-4-7. H SIN x x x x x V SIN Waveform Adjustment 5-4-9. HP x x x x x V SIN Waveform Adjustment (DB Board) (DB Board) 1. Input the signal of its frequency is 64 kHz. 1. Input the signal of its frequency is 64 kHz. 2.
5-4-12. HS x x x x x VS Waveform Adjustment 5-4-15. T KEY Waveform Adjustment (DB Board) (DB Board) 1. Input the signal of its frequency is 64 kHz. 1. Input the signal of its frequency is 64 kHz. 2. Set the data value of H SIZE COARSE to “250.” 2.
5-5. VCO OFFSET/LIMITER ADJUSTMENT 5-6. YA BOARD REPLACEMENT 5-6-1. Replacement Procedure The electric power (+ + + + + 200 V) remains on the Note: PA board for several minutes after even turning off the unit power. When withdrawing 1. Remove the defective YA board the PA board from the unit, check that the Remove IC233, IC333, and IC334 from the YA board voltage of TP600 (+ + + + + 200 HV) has dropped.
5-6-2. Uploading Program (Emergency Mode) 5-6-3. Creating Factory Data To forcibly overwrite current factory data 1. When the 7-segment LED of the YB board changes as follows when the AC is turned ON, the program upload mode will forcibly be set due to the abnormal program 1.
5-6-4. Creating Service Data To forcibly overwrite existing service data 1. Enter the service mode in the AC ON state, and perform various adjustments, settings, data saving (user area). 2. Set the normal state. (Nothing displayed on OSD) 3. Press the ENTER key for about 5 seconds. →...
SECTION 7 EXPLODED VIEWS . The construction parts of an assembled NOTE: The components identified by part are indicated with a collation number mark are critical for safety. . Items with no part number and no in the remark column. Replace only with part number description are not stocked because they specified.
SECTION 8 ELECTRICAL PARTS LIST . Items marked “*” are not stocked since they are NOTE: When indicating parts by reference number, seldom required for routine service. Some delay please include the board name. The components identified by should be anticipated when ordering these items. mark are critical for safety.
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[BA] Ref.No. Part No. Description Remark Ref.No. Part No. Description Remark IC206 8-752-052-77 IC CXA1450M IC1205 8-759-269-92 IC SN74HCU04ANS-E20 IC207 8-759-431-38 IC MAX4121CSA-TE2 IC1206 8-759-161-24 IC UPC659AGS-E2 IC208 8-759-431-38 IC MAX4121CSA-TE2 IC1207 8-759-460-74 IC BA05FP-E2 IC209 8-759-984-88 IC LM6361M IC1208 8-759-460-72 IC BA033FP-E2 IC1402 8-759-295-47 IC TDA9141-N2C...
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[DE] Ref.No. Part No. Description Remark Ref.No. Part No. Description Remark IC104 8-759-237-59 IC TC74HC541AF(EL) 1-216-627-11 METAL CHIP 0.50% 1/10W IC105 8-759-392-64 IC AD828AR 1-216-627-11 METAL CHIP 0.50% 1/10W IC106 8-759-326-65 IC MP7670AS-TE2 1-216-627-11 METAL CHIP 0.50% 1/10W IC107 8-759-326-65 IC MP7670AS-TE2 1-216-627-11 METAL CHIP 0.50% 1/10W IC108...
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[DE] Ref.No. Part No. Description Remark Ref.No. Part No. Description Remark 1-216-651-11 METAL CHIP 0.50% 1/10W R160 1-216-661-11 METAL CHIP 2.7K 0.50% 1/10W 1-216-675-11 METAL CHIP 0.50% 1/10W R161 1-216-661-11 METAL CHIP 2.7K 0.50% 1/10W 1-216-627-11 METAL CHIP 0.50% 1/10W R163 1-216-671-11 METAL CHIP 6.8K...
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[DE] Ref.No. Part No. Description Remark Ref.No. Part No. Description Remark R241 1-216-661-11 METAL CHIP 2.7K 0.50% 1/10W R320 1-216-675-11 METAL CHIP 0.50% 1/10W R322 1-216-671-11 METAL CHIP 6.8K 0.50% 1/10W R243 1-216-651-11 METAL CHIP 0.50% 1/10W R323 1-216-671-11 METAL CHIP 6.8K 0.50% 1/10W R244...
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[DE][DF] Ref.No. Part No. Description Remark Ref.No. Part No. Description Remark R388 1-216-627-11 METAL CHIP 0.50% 1/10W 1-107-909-11 ELECT 47µF R389 1-216-627-11 METAL CHIP 0.50% 1/10W 1-164-004-11 CERAMIC CHIP 0.1µF R391 1-216-665-11 METAL CHIP 3.9K 0.50% 1/10W 1-128-526-11 ELECT 100µF R392 1-216-655-11 METAL CHIP 1.5K...
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[YA] Ref.No. Part No. Description Remark Ref.No. Part No. Description Remark IC172 8-759-144-82 IC UPC2405HF IC861 8-759-549-37 IC UPD65646GJ-252-8EU IC901 8-759-569-50 IC EPM7128STC100-15-7SEG IC173 8-759-144-82 IC UPC2405HF IC921 8-759-479-15 IC PC16552DV IC174 8-759-144-82 IC UPC2405HF IC175 8-759-460-74 IC BA05FP-E2 IC941 8-759-471-14 IC MAX202ECSE-T IC176 8-759-247-67 IC LM2990T-5.0...
BA (1/3) BA (1/3) BA(1/3) RV501 Q200 SYNC CUT IC503 A.TEST(3/3) IC202 VOLT IC203 IC205 VIDEO R Q208,209 Q202 IC204 Q455-458 IC402 IC404 Q451 EN 8 MUTE CLAMP IC452 CN341 CONTRAST DRIVE IC200 Q201 SIG RED EN 8 SIG RED SIG RED GAM R CTRL...
BA (3/3) BA (3/3) BA(3/3)(SYNC SEP.,I2C DAC/SW) CN341 BC BOARD HS-IFB IC1811 Q1800 IN/OUT(1/3) HD/VIDEO HS IC1804 IC1802 (2/3) IC1813 IC1811 IN A IN/OUT CS(2/3) CN340 VS-IFB LATCH H-SYNC YA BOARD(2/4) S ON G IC1802 IC1801 SYNC SEP. (1/3)HS1 IC1803 Q1803,1804 IC1814 IC1804 IC1804...
YA (1/4) YA (1/4) MAIN CPU SYSTEM,ADDRESS DECORDER, IC431 IC432 D/A CONVERTER ANALOG SWITCH YA(1/4) BUS BUFFER,SUB CPU SYSTEM,12C CONTROL,G2 DAC CONTROL CN421 D0-9 RD 42 G2 CONT R PE BOARD 54 D0-9 GD 44 G2 CONT G IC301(2/2) I/O PORT 2 Q401,402 CN421 SY TH(2/4)
YA (4/4) YA (4/4) RS-485,RS-422A/232C, YA(4/4) SIRCS MIX,POWER SUPPLY,SET PROTECTER P.CONT CN420 P.CONT IC841 Q841,842 IC841 Q843 IC731 IC11 P.ON SUB+5V POWER P.CONT(N) SUB+6V GATE (MAIN) (PROT) IC861 (1/4)LEDON I/O PORT 4 IC841 IC732 PROT P1 PROT PROT PROT(1/4) VOLT P2 PROT P3 PROT (1/4)ON EN...
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DA(AFC,SUBWAVE GEN.) IC108,109 IC110 IC451 IC103 Q104 IC103 Q106,107 V.SIG GEN Q451 Q102 CN170 CN170 Q111,112 V.SYNC BUFFER V.HOLD 6 V.SQ BUFFER 1/2V YA BOARD(2/4) DB BOARD FEED DRIVER BACK RV102 IC452 V.GEN Q452 V.HOLD VSAW(+) V.SAW S101 V OSC V.BLK BUFFER 5 VD IN...
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SUB WAVE GEN.1 CN180 SUB WAVE GEN.2 ZONE 22 IC703 Q705-708 DD BOARD(2/2) IC702 CN180 ZONE 23 H.SIGNAL 1 ZONE 24 DA BOARD BUFFER MULTI- H.SIN ZONE 25 PLEX IC609 IC901 Q709-712 RV704 RV703 1/2 SIN1 BUFFER 1/2 SIN1 BIAS IC607 IC701 Q701-704...
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DC, NA DC, NA NA(SIRCS IN) DC(SUB OUT) D301 POWER CN460 CN196 V SUB DRIVER RC ON CN193 V(R) H.SUB(R)OUT D300 DRIVE V.SUB(R)OUT STANDBY SUB DY(R) V.SUB(R)RET SUB 6V H.SUB(R)RET CN194 V(G) H.SUB(G)OUT SIRCS SIRCS-NA V.SUB(G)OUT RECEIVE SUB DY(G) V.SUB(G)RET H.SUB(G)RET CN195 V(B)
DE (2/2) DE (2/2) DE(2/2)(MG WAVE GEN.) IC100 IC123 IC112 IC102 IC125 IC121 CN220 D/A CONVERTER D/A CONVERTER D/A CONVERTER D/A CONVERTER D/A CONVERTER MG FOCUS(RV) EBR BOARD IC127 (1/2)M.V.SAW DEFOCUS(DV) M.V.PARA B M.H.PARA R ZONE 7 ZONE 9 MG FOCUS(GV) EBG BOARD (1/2) (1/2)
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V WAVE GEN, V OUT,2/4 POLE OUT. Q1,3 V WAVEFORM GEN CN230 BUFFER V.TRIGGER VD IN DE BOARD(1/2) Q2,4 IC100 BUFFER V.SIN BUFFER V.SIN V.SIZE FINE V.PARA Q102 V.BIAS POWER ON DELAY V.SIZE COARSE V SAW GEN IC110 IC20 DELAY IC10 V.SAW V.SAW...
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GA, GAA, GB, GBA, GBB, GC, F, ME, L GA, GAA, GB, GBA, GBB, GC, F, ME, L GAA(PFC CONT) GB(LOW B REG.,HIGH VOLTAGE REG.) GBA(LOW B CONT) IC201 IC202 IC101 PFC CONT Q101 IC102 Q205 IC204 Q206 LATCH 6 IAC PKLM CONT 13 SS...
Page 356
E, EA, ED E, EA, ED ED(H.OUT DRIVE) EA(MAIN H DEFRECTION(1)) CN753 CN750 +24V (+)24V +24V CN754 IC1014(1/2) IC1014(2/2) +12V (+)12V +12V H SIZE CORRECTION MD BOARD SIZE.COR -12V -12V -12V Q1,2 IC1(1/2) IC1(2/2) IC3(1/2) -24V -24V -24V HV.MOD HV.MOD PIN MOD BUFFER PA BOARD...
Page 366
FRAME (3/11) FRAME (3/11) FRAME (3/11) WIRING TO BA BOARD TO MA BOARD CN351 TO BB BOARD CN606 TO M BOARD TO M BOARD TO M BOARD TO NA BOARD TO NA BOARD CN360 CN400 CN522 CN516 CN514 CN604 CN605 CN360 CN346 CN347...
Page 367
FRAME (4/11) FRAME (4/11) FRAME (4/11) WIRING TO CDB BOARD TO CDG BOARD TO CDR BOARD CN285 CN265 CN245 TO CAB AORD TO CAG BOARD TO CAR BOARD CN283 CN263 CN243 TO M BOARD TO M BOARD TO M BOARD CN320 CN310 CN300...
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FRAME (5/11) FRAME (5/11) FRAME (5/11) WIRING EBB BOARD CN163 TO M BOARD EBB BOARD CN164 TO M BOARD TO M BOARD TO M BOARD TO ED BOARD EBG BOARD CN153 CN519 EBG BOARD CN154 CN519 CN504 CN506 TO M BOARD CN753 EBR BOARD CN143 EBR BOARD CN144...
Page 369
FRAME (6/11) FRAME (6/11) FRAME (6/11) WIRING TO M BOARD TO M BOARD TO M BOARD TO M BOARD TO ME BOARD CN525 CN508 CN519 CN528 TO EA BOARD TO ME BOARD TO GA BOARD CN751 TO E BOARD CN114,115 CN135 CN130 CN140...
Page 370
FRAME (7/11) FRAME (7/11) FRAME (7/11) WIRING TO GA BOARD CN11 TO GBA BOARD TO GB BOARD TO GB BOARD TO GB BOARD TO M BOARD TO MA BOARD TO MA BOARD TO DA BOARD TO BB BOARD TO DD BOARD TO DD BOARD CN38 CN28...
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FRAME (8/11) FRAME (8/11) FRAME (8/11) WIRING CBB BOARD CN322 TO DE BOARD TO DF BOARD TO EBQ BOARD TO CDR BOARD CBG BOARD CN312 TO CAB BOARD TO ED BOARD TO MD BOARD CN220 CN130,131 CN244 CBR BOARD CN302 CN280,282 CN754,755,756 CN711,712,713...
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FRAME (9/11) FRAME (9/11) FRAME (9/11) WIRING TO MA BOARD TO M BOARD TO M BOARD TO YA BOARD TO YA BOARD TO BA BOARD TO BA BOARD TO BC BOARD TO MB BOARD TO MC BOARD CN607 CN500 CN501 CN420 CN421 CN340...
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FRAME (10/11) FRAME (10/11) FRAME (10/11) WIRING TO M BOARD TO PD BOARD TO E BOARD CN530 TO DC BOARD CN98 TO M BOARD CN117 TO PD BOARD TO F BOARD TO GA BOARD CN196 CN531 TO MA BOARD CN95 CN711 CN10 CN470...
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FRAME (11/11) FRAME (11/11) FRAME (11/11) WIRING TO MA BOARD TO MA BOARD TO MD BOARD TO M BOARD CN602 CN603 TO YB BOARD TO YA BOARD CN710 CN524 CN410 CN902 CN420 CN421 CN95 CN99 CN423 CN902 CN410 B TO B B TO B OPEN +115V...
10-2. SCHEMATIC DIAGRAMS/PRINTED WIRING BOARDS BD BOARD (EXCEPT VPH-G90E) Note: . All capacitors are in µF unless otherwise noted. The components identified by mark are critical for safety. PF: 50 WV or less are not indicated except for electorlytics. Replace only with part number specified. .
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BA BOARD -A SIDE- SUFFIX: -11 10-14 10-14 VPH-G90J/G90E/G90U/G90M...
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BA BOARD WAVEFORMS RGB 0.7 V p-p (H) RGB 0.7 V p-p (H) RGB 0.7 V p-p (H) RGB 4.0 V p-p (V) RGB 3.2 V p-p (H) RGB 0.7 V p-p (H) RGB 0.7 V p-p (H) RGB 0.7 V p-p (H) RGB 0.7 V p-p (H) VIDEO 0.9 V p-p (H) RGB 0.7 V p-p (H)
Page 398
BA BOARD (1/12) IC1, 2, 3 BA BOARD (3/12) IC403 BA BOARD (3/12) IC404 MAX4121CSA MC10HC125MEL LM1283N Red OSD Input Red Drive Adjust Green OSD Input Green Drive Adjust Contrast Drive –A1 –A2 Blue OSD Input Blue Drive Adjust Attenuation Attenuation Video/OSD Switch RGB Cutoff Adjust...
Page 399
BA BOARD (4/12) IC609, 611 BA BOARD (6/12) IC1002 BA BOARD (6/12) IC1001, 1006 MP7670AS CXA1855Q NJM2235M V OUT VIN3 47 46 45 44 43 42 41 40 BUFFER LATCH A DACA BIAS BIAS VOUT1 SELECTOR TRAP1 TRAP1 VOUT1 BIAS DACB LATCH B VOUT1...
Page 400
BA BOARD (8/12) IC1402 BA BOARD (10/12) IC1801 BA BOARD (11/12) IC2000, 2002, 2004 TDA9141-N2C CXA2016S PCF8574T INTERRUPT LP FILTER LOGIC VS IN PCF8574 PCF8574A POLARITY V. RAMP EXIST CHECK GENERATOR CHECK VSS IN SDA SCL INPUT C BUS VERTICAL TIMING CS IN VSS OUT...
Page 428
DA BOARD WAVEFORMS DA BORAD FUNCTIONS TYPE NAME FUNCTION TYPE NAME FUNCTION IC101 HD14538BFP PULSE GENERATOR Q115 2SA1162 VIDEO AFC IC102 BA12FP-E2 Q116 DTC144ESA +12VREG-1 SW-3 IC103 HD14538BFP VD GENERATOR Q117 2SC2712 VD BUFFER IC104 UPC814G2 HF AFC AMP Q118 DTC144ESA 1/2H BUFFER IC105...
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DB BOARD WAVEFORMS DB BORAD FUNCTIONS TYPE NAME FANCTION TYPE NAME FANCTION IC101 PC74HC4053D-T REG SW-1 Q407 FMW5 ZONE 7 SW IC102 AD835AR REG MULTIPLEX-1 Q408 FMS1A ZONE 6 SW IC201 PC74HC4053D-T REG SW-2 Q501 2SA1162 SIT T BUFFER IC202 AD835AR REG MULTIPLEX-2 Q502...
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DB (1/2) DB (1/2) DB (1/2) BOARD CN180 TO M BOARD(1/2) CN503 R680 :CHIP 1/2V 1/2H R681 L602 L601 VKEYS 47µH 47µH :CHIP G.W.C SINL IC614 R683 C625 SINR TC7W04F 3.3k R662 0.01 R672 :RN-CP 4.7k F:CHIP HINV :RN-CP 5.2 5.2 :RN-CP H KEYS R661...
Page 440
NA BOARD DC BOARD WAVEFORMS 1.1 V p-p (V) 0.7 V p-p (V) 1.1 V p-p (V) 0.5 V p-p (V) 1.0 V p-p (V) 1.6 V p-p (V) RGB 27.0 V p-p (V) VIDEO 1.5 V p-p (V) RGB 11.5 V p-p (V) VIDEO 2.3 V p-p (V) -A SIDE- SUFFIX: -11...
Page 449
DE BOARD DE BOARD (B SIDE) IC10 IC19 -B SIDE- SUFFIX: -11 VPH-G90J/G90E/G90U/G90M 10-87 10-87...
Page 450
DE BOARD WAVEFORMS 10.6 V p-p (H) 4.3 V p-p (H) 2.3 V p-p (V) 2.6 V p-p (V) 3.1 V p-p (H) 2.5 V p-p (H) 1.7 V p-p (V) 0.9 V p-p (V) 1.3 V p-p (V) 2.0 V p-p (H) 2.1 V p-p (V) 0.5 V p-p (V) 10-88...
Page 451
DE (1/2) DE (1/2) DE (1/2) BOARD V06C PROT. V06C PROT. 8.2k IC5(1/2) :RN-CP DE PROT AD826AR BA05FP-E2 LM2990SX-5,0 POS.6,7 BUFFER +5V REG. -5V REG. DTC114EKA DE PROT SW. -5.0 -7.1 :RN-CP :RN-CP DTC114EKA :RN-CP 2.2k 2.2k DE PROT SW. :RN-CP :RN-CP :RN-CP...
Page 468
EA BOARD WAVEFORMS EA BOARD EA BOARD (A SIDE) 0.5 V p-p (V) -A SIDE- SUFFIX: -11 EA BOARD (B SIDE) IC12 -B SIDE- SUFFIX: -11 10-106 10-106 VPH-G90J/G90E/G90U/G90M...
Page 488
EBH BOARD EBH BOARD WAVEFORMS 1.1 V p-p (V) 2.1 V p-p (V) 1.4 V p-p (V) 2.1 V p-p (V) 2.2 V p-p (V) 1.8 V p-p (V) 13.7 V p-p (V) 19.1 V p-p (V) 18.0 V p-p (V) 20.5 V p-p (V) 22.7 V p-p (V) 17.5 V p-p (V)
Page 490
EBQ BOARD EBQ BOARD WAVEFORMS 2.0 V p-p (V) 0.8 V p-p (V) 1.8 V p-p (V) 0.9 V p-p (V) 1.2 V p-p (V) 1.4 V p-p (V) 28.2 V p-p (V) 10.1 V p-p (V) 26.3 V p-p (V) 10.6 V p-p (V) 16.7 V p-p (V) 15.7 V p-p (V)
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CAB BOARD WAVEFORMS 4.9 V p-p (H) 4.7 V p-p (H) 5.0 V p-p (V) 4.9 V p-p (H) RGB 1.4 V p-p (V) RGB 1.4 V p-p (H) VIDEO 1.4 V p-p (V) VIDEO 1.4 V p-p (H) 2.9 V p-p (V) 5.0 V p-p (H) 5.2 V p-p (V) 3.3 V p-p (V)
Page 501
CAG BOARD WAVEFORMS 5.0 V p-p (H) 4.9 V p-p (H) 5.0 V p-p (V) 5.0 V p-p (H) RGB 1.5 V p-p (V) RGB 1.5 V p-p (H) VIDEO 1.7 V p-p (V) VIDEO 1.5 V p-p (H) 2.9 V p-p (V) 4.3 V p-p (H) 5.2 V p-p (V) 3.3 V p-p (V)
Page 509
CAR BOARD WAVEFORMS 5.0 V p-p (H) 4.9 V p-p (H) 5.0 V p-p (V) 5.0 V p-p (H) RGB 1.4 V p-p (V) RGB 1.4 V p-p (H) VIDEO 1.4 V p-p (V) VIDEO 1.4 V p-p (H) 2.9 V p-p (V) 4.3 V p-p (H) 5.2 V p-p (V) 3.3 V p-p (V)
Page 534
M (1/3) M (1/3) M (1/3) BOARD TO DF BOARD(3/3) TO DE BOARD(2/2) TO DD BOARD(1/3) TO DB BOARD TO DA BOARD(2/3) CN507 CN506 CN504 CN503 CN502 CN230 CN220 CN210 CN180 CN170 +15V +15V +15V +15V +15V +15V +15V +15V +15V +15V +15V...
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M (2/3) M (2/3) M (2/3) BOARD +115V CN530 +115V 2P OUT RH +25V 2P OUT RH CN512 CN525 +50V +115V +200V CN533 CN510 +50V +115V +200(HV) 2P RET RH +25V 2P RET RH +50V +115V TO MD BOARD +50V +115V 2P OUT RV TO EBH BOARD...
Page 536
M (3/3) M (3/3) M (3/3) BOARD -175V CN513 +15V CN500 CN501 +15V -175V +15V +15V +15V +15V S RC +15V SIRCS-RC +15V CRT R CRT.PROT.R CN535 RCON +15V RCON +15V ABG-R ABG.IK +15V +15V ABL-R ABL.IK C.PROT CONT C.PROT CONT S NB SIRCS NB FB502...
Page 537
MA BOARD -A SIDE- SUFFIX: -11 -B SIDE- SUFFIX: -11 VPH-G90J/G90E/G90U/G90M 10-175 10-175...
Page 538
MA (1/2) MA (1/2) M (1/2) BOARD CN604 TO BA BOARD(12/12) CN340 CN601 TO M BOARD(1/2) TO M BOARD(1/2) TO YA BOARD(1/10) TO YA BOARD(1/10) TO BA BOARD(12/12) CN605 CN501 CN600 CN500 CN421 CN420 CN341 CN603 CN602 +15V -15V +15V -15V +15V -15V...
Page 539
MA (2/2) MA (2/2) MA (2/2) BOARD TO MC BOARD TO MB BOARD TO BC BOARD CN703 CN701 CN380 CN608 B/N-C CN607 B/N-B BOARD/NOT-C BOARD/NOT-B CN606 IFB-C IFB-B IFB PROT-C IFB PROT-B RED OUT GREEN RED OUT-C RED OUT-B GREEN RED OUT GREEN RED OUT-C...
Page 540
MB BOARD MB BOARD BOARD/NOT-B BOARD/NOT-B IFB PROT-B IFB PROT-B RED OUT-B RED OUT-B RED OUT-B RED OUT-B +12V +12V +12V +12V +12V +12V +12V BOARD1-B GREEN OUT-B GREEN OUT-B GREEN OUT-B GREEN OUT-B BOARD2-B CODE1 CODE1 BLUE OUT-B BLUE OUT-B BLUE OUT-B BLUE OUT-B RGB/VIDEO...
Page 541
MC BOARD MC BOARD CN703 CN702 BOARD/NOT-C BOARD/NOT-C IFB PROT-C IFB PROT-C RED OUT-C RED OUT-C RED OUT-C RED OUT-C +12V +12V +12V +12V +12V +12V +12V BOARD1-C GREEN OUT-C GREEN OUT-C GREEN OUT-C GREEN OUT-C BOARD2-C CODE1 CODE1 BLUE OUT-C BLUE OUT-C BLUE OUT-C BLUE OUT-C...
Page 542
MD BOARD CN711 CN710 :S-MICRO +115V +115V +115V +115V +115V +115V +115V +115V +115V +15V TO M BOARD(2/2) CN530 CN712 +15V :S-MICRO SIRCS-NB +15V +15V SUB 6V +15V LENS.PROT LOT.DRV TO M BOARD(2/2) CN530 SIRCS-NB SIRCS-NB SIRCS-NB CN713 :S-MICRO SUB +6V SUB+6V SUB+6V SUB+6V...
Page 543
EC BOARD -A SIDE- -B SIDE- SUFFIX: -11 SUFFIX: -11 (DEFRECTION SW) S2001 S2002 R2001 C2001 R2002 0.01 :MPS B-%SX1640<AEP>-EC CN121 CN127 TO M BOARD(2/3) TO M BOARD(2/3) CN528 CN528 VPH-G90J/G90E/G90U/G90M 10-181 10-181...
Page 545
The material contained in this manual consists of information that is the property of Sony Corporation and is intended solely for use by the purchasers of the equipment described in this manual. Sony Corporation expressly prohibits the duplication of any portion of this manual or the use thereof for any...
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